Overview and Update E7A Renewal Project

Exterior View E7A Renewal and Atrium Link to E7B

Project Team 3OFFICE I FACULTY I DEPARTMENT Project Managers Elise Miller – MQ Property Erik Maasepp - Capital Insight Sustainability Sonya Ku – MQ Property Caroline Noller – The Footprint Company Main Contractor TBA

AHH 4OFFICE I FACULTY I DEPARTMENT Decant Space

Background to the Project 5OFFICE I FACULTY I DEPARTMENT Initial Project Scope As part of Property’s maintenance and upgrade programme New carpet and paint Revised Project Scope Property's campus wide audit of buildings identified broader requirements Accessibility, fire safety and services upgrade Key Points Design Goals Refurbishment of E7A More efficient use of space Leverage existing building Unify campus precinct Support One Planet Support Campus Master Plan Upgrade compliance Upgrade services

Project Timeline Soft Demolition Removal of furniture flooring, joinery, fixtures, fittings and services Demolition Removal of existing link bridge to E7B, lift core, fire stair, internal walls, and break through walls where building is to be extended Construction Commencement of construction of new service core, plant room, pop out extensions and atrium Construction & Fitout Completion of atrium, interior elements and installation of windows to building façade August 2015October 2015End 2016 Overview July 2015

Sustainability 7OFFICE I FACULTY I DEPARTMENT E7A Sustainability Design Strategy Exterior View Additional space to floors Materials re-used, locally sourced or low impact Reduction in Operational Energy Promotes occupant productivity and Health, - natural light, views, fresh air, cycling friendly facilities Replant or Reuse trees and vegetation

Sustainability 8OFFICE I FACULTY I DEPARTMENT Reducing Material Intensity Retain Structural Façade Low eco-footprint materials in fixtures and fittings Recycling Demolition Waste Modularity fit out – enhances design for adaptability of internal space and lower impact of future churn

Sustainability 9OFFICE I FACULTY I DEPARTMENT Energy Efficiency Manage Energy Balance Existing north facing site orientation retained to maximise solar access Energy and carbon impact managed by minimising solar heat gain High performance glazing throughout. Atrium to rely on natural ventilation when conditions permit

Sustainability 10OFFICE I FACULTY I DEPARTMENT Energy Efficiency Peak Load Management and Distributed Generation Solar photovoltatic arrays. Metering Lighting power density will be minimised e.g. LEDs, occupancy sensors, Energy efficient HVAC High performance glazing systems Reduction of hot water provisions Night Purging Centralisation of network server distribution Overall significant reduction in operational energy compared to modelled base case

Sustainability 11OFFICE I FACULTY I DEPARTMENT Emissions Significant reduction of whole of life cycle and operating carbon Maximising conservation of structural façade result in a 18% reduction in Ecological footprint compared to a baseline new build scenario Zero ozone refrigerant chiller specification

Sustainability 12OFFICE I FACULTY I DEPARTMENT Water High WELS rated water saving fittings used throughout. Water efficient urinals will also be used.

One Planet Rating 13OFFICE I FACULTY I DEPARTMENT Current Rating

One Planet Rating 14OFFICE I FACULTY I DEPARTMENT Benchmarking

What Next? 15OFFICE I FACULTY I DEPARTMENT Main Contractor selections – including innovation Plane Trees

Thank you END